Carlo Jacob, P.E. Email & Phone Number

Medford, Ma, Us

Boston, Massachusetts, United States

Boston, Massachusetts

Created scripts for installing and maintaining automated mobile application testingenvironment.Maintained CI/CD pipelines for automation and product development teams.Coordinated with mobile developers to improve the ability to automate tests.

Boston, Massachusetts, United States

Developed and introduced automated test plans and frameworks.Trained and mentored junior teammates.Represented the QA team at product team meetings and managed technology needs.

Boston, Massachusetts, United States

Structured and wrote automated tests for new and existing features.Advocated for product improvements with a focus on end-users' experience.Championed diversity, equity and inclusion improvements in the workspace.Led QA for regression testing cycles prior to new version releases.

Boston, Massachusetts, United States

Boston, Massachusetts, United States

Manually tested new features and bug fixes, and updated automated tests.Used Agile and Scrum methodologies to complete tasks in biweekly sprints.

Greater Boston Area

Elected board member responsible for the operation and strategic direction of the Boston Triathlon Team, a 501(c)3 athletic organization.

Greater Boston Area

Completed a full-time, immersive, full-stack web development bootcamp - approximately 600 hours of in-class instruction and self-learning. This course is divided into four modules, each with its own project. Projects are completed over one week, and focus on various skills in front- and back-end web development. Three projects are completed individually, and one in a team setting.Highlighted Projects:Tuber (https://www.carlojacob.com/tuber)For my capstone project, I built an application that allows users to save and view their favorite YouTube videos. I intentionally chose to focus on styling this application, as I felt that was my greatest weakness. At the end of the short, four-day project week, I was particularly happy with the appearance of the "Your Tubes" view, and I am excited to continue improving on the other various views in the application.Primary technology: React.js, Express.js, Bootstrap.GitHub front-end repo: https://github.com/carlojacob/tuberGitHub back-end repo: https://github.com/carlojacob/tuber-apiNozama (https://moctodnozama.github.io/moctodnozama/)My team project involved building a mock e-commerce website. Users could create an account, search for and add available products to a shopping cart, purchase products using a third party API, and view order history. In my development team of three people, I served as the scrum master. In addition to building a non-relational database for the first time, this project gave me valuable experience using version control and agile methodologies.Primary technology: JavaScript, Express.js, Stripe (3rd party payment API).GitHub front-end repo: https://github.com/moctodnozama/moctodnozamaGitHub back-end repo: https://github.com/moctodnozama/moctodnozama.github.io-api

Greater Boston Area

Designed and analyzed irregularly-shaped bridges with custom functions in Excel/bridge design software.Produced construction plans, specifications, cost estimates and calculations in a design team.Project values ranged from $30,000 to $40,000,000.Provided construction phase services to contractors and material fabricators.

Greater Boston Area

Greater Boston Area

Greater Boston Area

Program: Structural EngineeringThesis: Creating an Eccentrically Braced Frame Model for Application in Seismic Performance Assessments.Abstract: This thesis was written to describe the process of creating a model of eccentrically braced frames (EBF) in order to determine the performance of EBFs in moderate seismic regions.The author used the results of a shake table test in 1985 to calibrate the model. The model was able to predict the average roof displacement and the maximum link rotation on the second level of the test structure to within 13%. The author designed and created a different model for the same location and load conditions as the shake table test above, and found that the new model performed as well as the previous one, despite the design being weaker and the fact that it was designed according to modern standards. There was a 9.8% difference in the average roof displacement and a 3.5% difference in the maximum link rotation on the second level of the two models.A preliminary performance assessment of a nine-story EBF designed for moderate seismic regions showed that there was a 75% probability that it would fail under design ground motions. Modal analysis showed that second mode behavior was responsible for that high probability of failure. Strengthening the links that were most vulnerable to that second mode behavior reduced the probability of failure under design ground motions to 2%.

Tutor for undergraduate students in introductory engineering, statics and dynamics, material mechanics, engineering statistics, and steel design courses.

M.S., Civil And Environmental Engineering

Activities and Societies: Graduate Student CouncilThesis Title: Creating an Eccentrically Braced Frame Model for Application in Seismic.

B.S., Civil Engineering

Activities and Societies: Men's Varsity Swimming and Diving, International Club, Caribbean Club, ATO of Massachusetts

Web Development Immersive, Computer Programming/Programmer, General